Embedded Motion Control 2017 Group 3: Difference between revisions
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==Overview== | ==Overview== | ||
This article presents a summary of the software design to solve the following challenges with the Pico robot. | |||
# Corridor competition: To follow a corridor and take the first exit. | |||
# Maze competition: To solve and exit an unknown maze. | |||
The project is divided in the following aspects: | |||
# Requirements | |||
# Specifications | |||
# Functions | |||
# Components | |||
# Interfaces |
Revision as of 08:06, 22 May 2017
Group Members
1032791 | Ayisha wafa | ayisha.wafa@student.tue.nl |
0980790 | Aparnasri Sekar | @student.tue.nl |
0976940 | Nick Peters | @student.tue.nl |
0976467 | Jelte Borsboom | @student.tue.nl |
Tutor | Wouter Kuijpers | w.j.p.kuijpers@tue.nl |
Documents
Here given is the initial design document namely, File:Emc-design-specification.pdf that points the approaches taken towards problem, algorithms used and system design for the robot to navigate through maze and find the exit autonomously.
The slides for the initial design presentation can be found here: File:Group3 2017 Initial design presentation.pdf
Overview
This article presents a summary of the software design to solve the following challenges with the Pico robot.
- Corridor competition: To follow a corridor and take the first exit.
- Maze competition: To solve and exit an unknown maze.
The project is divided in the following aspects:
- Requirements
- Specifications
- Functions
- Components
- Interfaces